The distinct sex phenotypes of male and female hinge on the development of the fetal gonads as testes or ovaries, in turn, regulated by the molecular genetic machinery of sex determination. Here, I discuss five aspects of mammalian gonadal development that distinguish it from other examples of organogenesis, and continue to surprise and fascinate
International audienceThe knowledge of sex determination and gonads differentiation processes have m...
AbstractThe formation of testes or ovaries in the mammalian embryo is critical in determining sexual...
<p>Pathologies of sexual development are common in humans and reflect the precarious processes of se...
Arguably the most defining moment in our lives is fertilization, the point at which we inherit eithe...
In mammals, sex determination is a result of chromosomal constitution determined at fertilization, w...
textabstractThis chapter gives an outline of sex determination, sex differentiation, and gonadal dev...
textabstractThe ultimate purpose of sexual reproduction, which depends on specialized male and femal...
Sex determination in mammals is based on a genetic cascade that controls the fate of the gonads. Gon...
Primary sex determination is the decision by which the bipotential embryonic gonad commits to either...
Sex determination in mammals is based on a genetic cascade that controls the fate of the gonads. Gon...
Gonadal cellular organization is very similar in all vertebrates, though different processes can tri...
Mammalian sex determination and differentiation can be divided into three major steps. In the first ...
The embryonic gonads give rise to one of two morphologically and functionally different organs, a te...
The development of any organ system requires a complex interplay of cellular signals to initiate the...
The gonadal primordium is the only tissue in mammals that has two divergent developmental fates lead...
International audienceThe knowledge of sex determination and gonads differentiation processes have m...
AbstractThe formation of testes or ovaries in the mammalian embryo is critical in determining sexual...
<p>Pathologies of sexual development are common in humans and reflect the precarious processes of se...
Arguably the most defining moment in our lives is fertilization, the point at which we inherit eithe...
In mammals, sex determination is a result of chromosomal constitution determined at fertilization, w...
textabstractThis chapter gives an outline of sex determination, sex differentiation, and gonadal dev...
textabstractThe ultimate purpose of sexual reproduction, which depends on specialized male and femal...
Sex determination in mammals is based on a genetic cascade that controls the fate of the gonads. Gon...
Primary sex determination is the decision by which the bipotential embryonic gonad commits to either...
Sex determination in mammals is based on a genetic cascade that controls the fate of the gonads. Gon...
Gonadal cellular organization is very similar in all vertebrates, though different processes can tri...
Mammalian sex determination and differentiation can be divided into three major steps. In the first ...
The embryonic gonads give rise to one of two morphologically and functionally different organs, a te...
The development of any organ system requires a complex interplay of cellular signals to initiate the...
The gonadal primordium is the only tissue in mammals that has two divergent developmental fates lead...
International audienceThe knowledge of sex determination and gonads differentiation processes have m...
AbstractThe formation of testes or ovaries in the mammalian embryo is critical in determining sexual...
<p>Pathologies of sexual development are common in humans and reflect the precarious processes of se...
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